2009 Ford Fusion 1.4L Petrol · MA09 VVW

A clean five-test pass streak since the 2021 failure has built an encouraging roadworthiness profile for this 2009 Ford Fusion, with the most recent examination on 8 July 2026 recording no defects and the four preceding tests also passing without advisory notes. The single failure in July 2021 was relatively minor in scope, comprising an offside rear direction indicator colour defect and a perished offside front lower suspension arm ball joint dust cover, both straightforward rectification items rather than signs of systemic structural decay. A windscreen chip noted as a minor on the same date has not been re-recorded, suggesting it was either repaired or has not deteriorated enough to warrant attention. The 2024 test did flag an offside rear coil spring showing surface corrosion and an offside rear tyre with a shallow cut, both advisory only, but these are early indicators of wear worth monitoring on a vehicle now entering its eighteenth year. Overall the trajectory is stable rather than deteriorating, though the coil spring advisory in particular warrants a physical inspection as such components progressively weaken once corrosion takes hold. The recorded odometer reading of 82,272 miles across seventeen years equates to an annual accumulation of roughly 4,840 miles, which is markedly below average for a car of this vintage and indicates either predominantly short-journey use or extended periods of standing. Lower annual mileage reduces wear on high-cycle consumables such as brake discs, clutches and internal engine components, but it also brings specific mechanical risks that should be weighed carefully. Standing periods encourage moisture accumulation within the braking system, oxidation of exposed suspension ferrous components, and stiffening of rubber elements including the very ball joint dust cover that failed in 2021. The MOT history itself contains no unusual testing gaps, with annual examinations consistent with continuous road use, so any storage periods appear to have been interspersed with sufficient driving to keep mechanical seals active. A pre-purchase inspection should therefore focus less on high-mileage fatigue and more on corrosion-related degradation and dormant component failure rather than wear-based defects. Given the 2021 ball joint dust cover failure, a prospective buyer should pay particular attention to the offside front suspension during a test drive, listening for any clonks or knocks over uneven surfaces and feeling for vagueness or vibration through the steering wheel when traversing speed humps or potholes. Lift the bonnet and visually inspect the offside front lower arm, the dust cover itself, and the adjacent bush for any fresh grease contamination, cracking or perishing that would suggest repeat failure has occurred since the original repair. The advisory on the offside rear coil spring from 2024 is another priority, as corroded coil springs can fracture suddenly under load; with the vehicle jacked safely, inspect the spring for deep pitting, flaking metal or any reduction in free length, and during the drive listen for an audible metallic ping from the rear over sharp bumps which can indicate a spring on the verge of breaking. The offside rear tyre cut noted in 2024 should also be re-examined, confirming the sidewall and tread area are free of bulges or cord exposure, as cuts of this nature can propagate with age and flexing. Beyond the flagged components, the low-mileage profile of this Fusion makes a thorough examination of brake condition essential, given that prolonged standing periods accelerate disc corrosion and can cause brake calliper pistons to bind. On the test drive, verify that the vehicle pulls up cleanly in a straight line without pulling to either side, that the pedal feels firm rather than spongy, and that no grinding or scraping is audible from the hubs as the wheels rotate. Check that all four wheels spin freely when jacked and that the handbrake holds the vehicle on a moderate incline, as seized rear drums or callipers are a common low-mileage concern. Examine the underside for any fresh oil staining from the engine or transmission, which can indicate dried seals weeping once the vehicle returns to regular use, and inspect the coolant and brake hydraulic lines for surface rust or weeping joints. Finally, a cold-start assessment is highly informative on a low-mileage vehicle, confirming the engine fires promptly without excessive smoke and idles smoothly, as seals and gaskets that have stiffened through disuse often reveal their deterioration in the first minutes of running.